import type { LiquidityAllocationBracket } from '../types';
/**
 * Post-auction LP allocation → on-chain `LiquidityAllocationBracket[]`. Each bracket pairs an
 * inclusive lower bound on cumulative currency raised with an LP rate (mps).
 */
export type LpAllocationInput = {
    kind: 'single';
    percent: number;
} | {
    kind: 'tiered';
    /** Decimals of the auction raise currency; milestones are human decimals in this unit. */
    raiseCurrencyDecimals: number;
    tiers: TieredLpAllocationTier[];
};
export type TieredLpAllocationTier = {
    raiseMilestone: string;
    percent: number;
};
/** Sentinel for the final tier: all cumulative raises at/above the prior bound use this percent. */
export declare const LP_ALLOCATION_UNBOUNDED_RAISE_MILESTONE: "unbounded";
/**
 * Builds on-chain `LiquidityAllocationBracket[]` (`lowerThreshold` + `rate`).
 *
 * Each bounded tier's `raiseMilestone` is an INCLUSIVE upper bound on cumulative currency raised, as
 * a human-readable non-negative decimal in the raise currency (at most `raiseCurrencyDecimals`
 * fractional digits). Exactly one tier must use `''` or {@link LP_ALLOCATION_UNBOUNDED_RAISE_MILESTONE}
 * for the open-ended tail. Bounded tiers may be listed in any order.
 *
 * The contract uses inclusive lower thresholds (`raised >= lowerThreshold`). The first bracket is
 * always 0; each subsequent bracket uses `priorInclusiveUpper + 1` so the prior tier still applies
 * at exactly the user's milestone. Each bracket's percent must be at least {@link MIN_LP_ALLOCATION_PERCENT}.
 */
export declare function buildLpAllocationSchedule(allocation: LpAllocationInput): LiquidityAllocationBracket[];